Lake Shore Janis SuperTran Continuous Flow Cryostat

SuperTran Continuous Flow Cryostat Systems

With an extensive range of field-proven applications and a worldwide installation base, Janis Research SuperTran represents the state-of-the-art in continuous flow cryostat design. Using liquid helium (LHe) or liquid nitrogen (LN2), most of the systems provide fast (15 min or less to 4.2 K with LHe) cooldown, a <2 K to 325 K total operating range, and precise temperature control capability in an economical and easy-to-use package.

The SuperTran product line has long been an industry standard for continuous-flow cryogenic systems. Now, with the introduction of the RGC4 recirculating gas coolers, these cryostats can be cooled without the need for liquid cryogens.

FEATURES

  • <2 K to 325 K (500 K option)
  • Can use either LHe or LN2
  • Sample-in-vacuum
Profile
David Want Quantum Design UK and Ireland
Name

DAVID WANT

Job Title

Product Specialist

Phone
Email
Profile
Name

TECHNICAL SALES TEAM

Job Title

Support Team

Phone
Email
Profile
Name

ASHLEY CRANE

Job Title

Sales Manager

Phone
Email
Profile
Dr Jordan Thompson Quantum Design UK and Ireland
Name

JORDAN THOMPSON

Job Title

Service Engineer

Phone
Email
Profile
Quantum Design UK and Ireland Dr Shayz Ikram
Name

DR SHAYZ IKRAM

Job Title

Product Specialist

Phone
Email
Profile
Name

JOSH HOOK

Job Title

Sales/Service Support Engineer

Phone
Email
Profile

Name

LUKE NICHOLLS

Job Title

Technical Sales Engineer

Phone

+44 (0)1372 378822

Email

luke@qd-uki.co.uk

SPECIFICATIONS

 

 

ST part number Optical Size Application-specific UHV Vibration Maximum temperature
ST-100 325 K
ST-100-FTIR FTIR 325 K
ST-200 325 K
ST-300S Sub-compact 325 K
ST-300T Compact 325 K
ST-300-MS Microscopy 325 K
ST-300-MS UC Ultra-compact Microscopy 325 K
ST-400 N/A N/A 500 K
ST-500 Microscopy 15 nm 475 K
ST-500-UC Ultra-compact Microscopy 15 nm 325 K
ST-500-UHV Microscopy 15 nm 325 K

Downloads

Supplier Info

For even more information, why not visit our suppliers website.

Visit website

Follow us:

 

Keep up to date with our latest product news and developments. Join our mailing list

Top